Key Specifications
Readability: 0.01 mg — 0.1 g
Lowest Minimum Weight: 16 mg (0.1 mg model)
Fully Automatic Internal Adjustment
The innovative design of the MMS1 sensor includes 2 integrated heaters. This enables the patented electrical heat flow adjustment and a sensor that can accurately self-adjust for heat flow.
During the adjustment process, the heaters provide a pulse of heat every 50 K, with the response being accurately measured by the temperature sensors. The heatflow is measured over a temperature range that is not possible with reference materials, with no sample preparation needed, and no operator bias. The result is a DSC that is always correctly adjusted over the entire temperature range.
This advanced feature allows users to save valuable time and increase productivity with the automatic instrument adjustment.
Comfort
The innovative design of the MMS1 sensor includes 2 integrated heaters. This enables the patented electrical heat flow adjustment and a sensor that can accurately self-adjust for heat flow.
During the adjustment process, the heaters provide a pulse of heat every 50 K, with the response being accurately measured by the temperature sensors. The heatflow is measured over a temperature range that is not possible with reference materials, with no sample preparation needed, and no operator bias. The result is a DSC that is always correctly adjusted over the entire temperature range.
This advanced feature allows users to save valuable time and increase productivity with the automatic instrument adjustment.
Durability and Cleaning
Stainless Steel Platform and Pan
IP43 Protection (0.01 — 0.1 g models)
The innovative design of the MMS1 sensor includes 2 integrated heaters. This enables the patented electrical heat flow adjustment and a sensor that can accurately self-adjust for heat flow.
During the adjustment process, the heaters provide a pulse of heat every 50 K, with the response being accurately measured by the temperature sensors. The heatflow is measured over a temperature range that is not possible with reference materials, with no sample preparation needed, and no operator bias. The result is a DSC that is always correctly adjusted over the entire temperature range.
This advanced feature allows users to save valuable time and increase productivity with the automatic instrument adjustment.
Communication
Export to USB Flash Drive
The innovative design of the MMS1 sensor includes 2 integrated heaters. This enables the patented electrical heat flow adjustment and a sensor that can accurately self-adjust for heat flow.
During the adjustment process, the heaters provide a pulse of heat every 50 K, with the response being accurately measured by the temperature sensors. The heatflow is measured over a temperature range that is not possible with reference materials, with no sample preparation needed, and no operator bias. The result is a DSC that is always correctly adjusted over the entire temperature range.
This advanced feature allows users to save valuable time and increase productivity with the automatic instrument adjustment.
Connectivity
The innovative design of the MMS1 sensor includes 2 integrated heaters. This enables the patented electrical heat flow adjustment and a sensor that can accurately self-adjust for heat flow.
During the adjustment process, the heaters provide a pulse of heat every 50 K, with the response being accurately measured by the temperature sensors. The heatflow is measured over a temperature range that is not possible with reference materials, with no sample preparation needed, and no operator bias. The result is a DSC that is always correctly adjusted over the entire temperature range.
This advanced feature allows users to save valuable time and increase productivity with the automatic instrument adjustment.
Compliance
User Management (10 users)
The innovative design of the MMS1 sensor includes 2 integrated heaters. This enables the patented electrical heat flow adjustment and a sensor that can accurately self-adjust for heat flow.
During the adjustment process, the heaters provide a pulse of heat every 50 K, with the response being accurately measured by the temperature sensors. The heatflow is measured over a temperature range that is not possible with reference materials, with no sample preparation needed, and no operator bias. The result is a DSC that is always correctly adjusted over the entire temperature range.
This advanced feature allows users to save valuable time and increase productivity with the automatic instrument adjustment.
Energy Saving
The innovative design of the MMS1 sensor includes 2 integrated heaters. This enables the patented electrical heat flow adjustment and a sensor that can accurately self-adjust for heat flow.
During the adjustment process, the heaters provide a pulse of heat every 50 K, with the response being accurately measured by the temperature sensors. The heatflow is measured over a temperature range that is not possible with reference materials, with no sample preparation needed, and no operator bias. The result is a DSC that is always correctly adjusted over the entire temperature range.
This advanced feature allows users to save valuable time and increase productivity with the automatic instrument adjustment.
